Titlebook: Effects of Radiation on Semiconductors; Viktor Sergeevich Vavilov Book 1965 Springer Science+Business Media New York 1965 crystal.electron

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ASSET

逗它小傻瓜

Ionization of Semiconductors by Charged High-Energy Particles,tation of bound electrons. These energy losses determine the particle range in a given substance and are known as the ionization losses, although in fact not all the electron transitions are accompanied by the ionization, because excitation is possible. When fast electrons pass through matter, some

Habituate

Radiative Recombination in Semiconductors; Possibility of the Amplification and Generation of Lightfects or impurities, are frequently processes of the higher order. This applies to germanium and silicon where the overall recombination rate is governed by non-radiative transitions. Nevertheless, investigations of the spectra of recombination radiation, first detected by O. V. Losev in silicon car

set598

Changes in the Properties of Semiconductors Due to Bombardment with Fast Electrons, Gamma Rays, Neunce the construction of the first nuclear reactors. Somewhat later, beginning around 1950, studies of the processes of radiation-defect formation and of the influence of these defects on the properties of semiconductors have attracted the attention of many investigators in connection with the furthe

針葉樹

Book 1965lectrons (the special case is internal ioniza- tion, i. e. , the generation of excess charge carriers); and(b) dis- turbance of the periodic structure of the crystal, i. e. , the forma- tion of "structural radiation defects. " Naturally, investigations of the effects of radiation on semiconductors c

針葉樹

ation of electrons (the special case is internal ioniza- tion, i. e. , the generation of excess charge carriers); and(b) dis- turbance of the periodic structure of the crystal, i. e. , the forma- tion of "structural radiation defects. " Naturally, investigations of the effects of radiation on semico

incision

BUST

dermatomyositis

Absorption of Light by Semiconductors,(the excitation of lattice vibrations, interband electron transitions, etc.), but from the point of view of the problems to be discussed later, it is the former processes, especially photoionization, that are particularly interesting.